def get_session():
ctx = ApiCtx()
token = webserver.SesTokInfo()
ctx.session_id = token['response']['SesInfo'].split("=")[1]
ctx.token = token['response']['TokInfo']
lgn = user.login(ctx, USER, PASSWORD)
pprint(lgn)
return ctx
def quick_login(username: str, password: str, modem_host: str = None):
ctx = ApiCtx(modem_host=modem_host)
token = huaweisms.api.webserver.get_session_token_info(ctx.api_base_url)
ctx.session_id = token['response']['SesInfo'].split("=")[1]
ctx.login_token = token['response']['TokInfo']
response = login(ctx, username, password)
if not ctx.logged_in:
raise ValueError(json.dumps(response))
return ctx
def quick_login(username, password, modem_host=None):
# type: (str, str, str) -> ...
ctx = ApiCtx(modem_host=modem_host)
token = huaweisms.api.webserver.get_session_token_info(ctx.api_base_url)
session_token = token['response']['SesInfo'].split("=")
ctx.session_id = session_token[1] if len(session_token) > 1 else session_token[0]
ctx.login_token = token['response']['TokInfo']
response = login(ctx, username, password)
if not ctx.logged_in:
raise ValueError(json.dumps(response))
return ctx
def quick_login(username, password, modem_host=None, uri_scheme="http", verify=True):
# type: (str, str, str, str, bool) -> ...
ctx = ApiCtx(modem_host=modem_host, uri_scheme=uri_scheme, verify=verify)
token = huaweisms.api.webserver.get_session_token_info(ctx)
session_token = token["response"]["SesInfo"].split("=")
ctx.session_id = session_token[1] if len(session_token) > 1 else session_token[0]
ctx.login_token = token["response"]["TokInfo"]
response = login(ctx, username, password)
if not ctx.logged_in:
raise ValueError(json.dumps(response))
return ctx
def login(ctx: ApiCtx, user_name: str, password: str):
headers = common_headers()
url = "{}/user/login".format(ctx.api_base_url)
password_value = b64_sha256(user_name + b64_sha256(password) +
ctx.login_token)
xml_data = """
<?xml version:"1.0" encoding="UTF-8"?>
<request>
<Username>{}</Username>
<Password>{}</Password>
<password_type>4</password_type>
</request>
""".format(user_name, password_value)
# setup headers
headers['__RequestVerificationToken'] = ctx.login_token
headers['X-Requested-With'] = 'XMLHttpRequest'
r = post_to_url(url, xml_data, ctx, headers)
if r['type'] == "response" and r['response'] == "OK":
ctx.logged_in = True
return r
def get_session_token_info(base_url=None):
# type: (str) -> ...
"""
Get session token information
:param base_url: base url for the modem api
:return:
"""
if base_url is None:
logger.warning(
'calling %s.get_session_token_info without base_url argument is deprecated',
__name__)
base_url = 'http://{}/api'.format(MODEM_HOST)
url = "{}/webserver/SesTokInfo".format(base_url)
return get_from_url(url, ctx=ApiCtx(modem_host=MODEM_HOST), timeout=30)
def login(ctx: ApiCtx, user_name: str, password: str):
headers = common_headers()
url = "{}/user/login".format(API_URL)
# original JS code:
# psd = base64encode(
# SHA256(
# name +
# base64encode(
# SHA256($('#password').val())
# ) +
# g_requestVerificationToken[0]
# )
# );
password_value = b64_sha256(user_name + b64_sha256(password) + ctx.token)
xml_data = """
<?xml version:"1.0" encoding="UTF-8"?>
<request>
<Username>{}</Username>
<Password>{}</Password>
<password_type>4</password_type>
</request>
""".format(user_name, password_value)
# setup headers
headers['__RequestVerificationToken'] = ctx.token
headers['X-Requested-With'] = 'XMLHttpRequest'
r = post_to_url(url, xml_data, ctx, headers)
if r['type'] == "response" and r['response'] == "OK":
ctx.logged_in = True
return r